tebibit per second | 1 Tibit/s | 2 Tibit/s | 3 Tibit/s | 4 Tibit/s | 5 Tibit/s | 6 Tibit/s | 7 Tibit/s | 8 Tibit/s | 9 Tibit/s | 10 Tibit/s | 11 Tibit/s | 12 Tibit/s | 13 Tibit/s | 14 Tibit/s | 15 Tibit/s | 16 Tibit/s | 17 Tibit/s | 18 Tibit/s | 19 Tibit/s | 20 Tibit/s | 21 Tibit/s | 22 Tibit/s | 23 Tibit/s | 24 Tibit/s | 25 Tibit/s | 26 Tibit/s | 27 Tibit/s | 28 Tibit/s | 29 Tibit/s | 30 Tibit/s | 31 Tibit/s | 32 Tibit/s | 33 Tibit/s | 34 Tibit/s | 35 Tibit/s | 36 Tibit/s | 37 Tibit/s | 38 Tibit/s | 39 Tibit/s | 40 Tibit/s | 41 Tibit/s | 42 Tibit/s | 43 Tibit/s | 44 Tibit/s | 45 Tibit/s | 46 Tibit/s | 47 Tibit/s | 48 Tibit/s | 49 Tibit/s | 50 Tibit/s | 51 Tibit/s | 52 Tibit/s | 53 Tibit/s | 54 Tibit/s | 55 Tibit/s | 56 Tibit/s | 57 Tibit/s | 58 Tibit/s | 59 Tibit/s | 60 Tibit/s | 61 Tibit/s | 62 Tibit/s | 63 Tibit/s | 64 Tibit/s | 65 Tibit/s | 66 Tibit/s | 67 Tibit/s | 68 Tibit/s | 69 Tibit/s | 70 Tibit/s | 71 Tibit/s | 72 Tibit/s | 73 Tibit/s | 74 Tibit/s | 75 Tibit/s | 76 Tibit/s | 77 Tibit/s | 78 Tibit/s | 79 Tibit/s | 80 Tibit/s | 81 Tibit/s | 82 Tibit/s | 83 Tibit/s | 84 Tibit/s | 85 Tibit/s | 86 Tibit/s | 87 Tibit/s | 88 Tibit/s | 89 Tibit/s | 90 Tibit/s | 91 Tibit/s | 92 Tibit/s | 93 Tibit/s | 94 Tibit/s | 95 Tibit/s | 96 Tibit/s | 97 Tibit/s | 98 Tibit/s | 99 Tibit/s | 100 Tibit/s |
kibibyte per second | 134 217 728 KiB/s | 268 435 456 KiB/s | 402 653 184 KiB/s | 536 870 912 KiB/s | 671 088 640 KiB/s | 805 306 368 KiB/s | 939 524 096 KiB/s | 1 073 741 824 KiB/s | 1 207 959 552 KiB/s | 1 342 177 280 KiB/s | 1 476 395 008 KiB/s | 1 610 612 736 KiB/s | 1 744 830 464 KiB/s | 1 879 048 192 KiB/s | 2 013 265 920 KiB/s | 2 147 483 648 KiB/s | 2 281 701 376 KiB/s | 2 415 919 104 KiB/s | 2 550 136 832 KiB/s | 2 684 354 560 KiB/s | 2 818 572 288 KiB/s | 2 952 790 016 KiB/s | 3 087 007 744 KiB/s | 3 221 225 472 KiB/s | 3 355 443 200 KiB/s | 3 489 660 928 KiB/s | 3 623 878 656 KiB/s | 3 758 096 384 KiB/s | 3 892 314 112 KiB/s | 4 026 531 840 KiB/s | 4 160 749 568 KiB/s | 4 294 967 296 KiB/s | 4 429 185 024 KiB/s | 4 563 402 752 KiB/s | 4 697 620 480 KiB/s | 4 831 838 208 KiB/s | 4 966 055 936 KiB/s | 5 100 273 664 KiB/s | 5 234 491 392 KiB/s | 5 368 709 120 KiB/s | 5 502 926 848 KiB/s | 5 637 144 576 KiB/s | 5 771 362 304 KiB/s | 5 905 580 032 KiB/s | 6 039 797 760 KiB/s | 6 174 015 488 KiB/s | 6 308 233 216 KiB/s | 6 442 450 944 KiB/s | 6 576 668 672 KiB/s | 6 710 886 400 KiB/s | 6 845 104 128 KiB/s | 6 979 321 856 KiB/s | 7 113 539 584 KiB/s | 7 247 757 312 KiB/s | 7 381 975 040 KiB/s | 7 516 192 768 KiB/s | 7 650 410 496 KiB/s | 7 784 628 224 KiB/s | 7 918 845 952 KiB/s | 8 053 063 680 KiB/s | 8 187 281 408 KiB/s | 8 321 499 136 KiB/s | 8 455 716 864 KiB/s | 8 589 934 592 KiB/s | 8 724 152 320 KiB/s | 8 858 370 048 KiB/s | 8 992 587 776 KiB/s | 9 126 805 504 KiB/s | 9 261 023 232 KiB/s | 9 395 240 960 KiB/s | 9 529 458 688 KiB/s | 9 663 676 416 KiB/s | 9 797 894 144 KiB/s | 9 932 111 872 KiB/s | 10 066 329 600 KiB/s | 10 200 547 328 KiB/s | 10 334 765 056 KiB/s | 10 468 982 784 KiB/s | 10 603 200 512 KiB/s | 10 737 418 240 KiB/s | 10 871 635 968 KiB/s | 11 005 853 696 KiB/s | 11 140 071 424 KiB/s | 11 274 289 152 KiB/s | 11 408 506 880 KiB/s | 11 542 724 608 KiB/s | 11 676 942 336 KiB/s | 11 811 160 064 KiB/s | 11 945 377 792 KiB/s | 12 079 595 520 KiB/s | 12 213 813 248 KiB/s | 12 348 030 976 KiB/s | 12 482 248 704 KiB/s | 12 616 466 432 KiB/s | 12 750 684 160 KiB/s | 12 884 901 888 KiB/s | 13 019 119 616 KiB/s | 13 153 337 344 KiB/s | 13 287 555 072 KiB/s | 13 421 772 800 KiB/s |
The tebibit per second is a multiple of the unit bit for Data Transfer Rate. The prefix tebi (symbol Ti) is defined in the International System of Units (SI) as a multiplier of 240, and therefore 1 tebibit per second = 240 bit per second = 1099511627776 bit per second. The tebibit per second has the unit symbol Tibit/s.
Name of unit | Symbol | Definition | Relation to SI units | Unit System |
---|---|---|---|---|
tebibit per second | Tibit/s | = 240 bit per second | = 1099511627776 bit per second | Metric system SI |
tebibits per second | kibibyte per second | tebibits per second | kibibyte per second |
---|---|---|---|
100 | ≈ 13421772800 | 10100 | ≈ 1355599052800 |
1100 | ≈ 147639500800 | 11100 | ≈ 1489816780800 |
2100 | ≈ 281857228800 | 12100 | ≈ 1624034508800 |
3100 | ≈ 416074956800 | 13100 | ≈ 1758252236800 |
4100 | ≈ 550292684800 | 14100 | ≈ 1892469964800 |
5100 | ≈ 684510412800 | 15100 | ≈ 2026687692800 |
6100 | ≈ 818728140800 | 16100 | ≈ 2160905420800 |
7100 | ≈ 952945868800 | 17100 | ≈ 2295123148800 |
8100 | ≈ 1087163596800 | 18100 | ≈ 2429340876800 |
9100 | ≈ 1221381324800 | 19100 | ≈ 2563558604800 |
The kibibyte is a the unit of data transfer rate. The binary prefix kibi means 210, or 1024; therefore, 1 kibibyte per second is 1024 bytes per second. The unit symbol for the kibibyte per second is KiB / s.
Name of unit | Symbol | Definition | Relation to SI units | Unit System |
---|---|---|---|---|
kibibyte per second | KiB/s | Metric system SI |
kibibyte per second | tebibits per second | kibibyte per second | tebibits per second |
---|---|---|---|
100 | ≈ 7.4505805969238E-7 | 10100 | ≈ 7.5250864028931E-5 |
1100 | ≈ 8.1956386566162E-6 | 11100 | ≈ 8.2701444625854E-5 |
2100 | ≈ 1.564621925354E-5 | 12100 | ≈ 9.0152025222778E-5 |
3100 | ≈ 2.3096799850464E-5 | 13100 | ≈ 9.7602605819702E-5 |
4100 | ≈ 3.0547380447388E-5 | 14100 | ≈ 0.00010505318641663 |
5100 | ≈ 3.7997961044312E-5 | 15100 | ≈ 0.00011250376701355 |
6100 | ≈ 4.5448541641235E-5 | 16100 | ≈ 0.00011995434761047 |
7100 | ≈ 5.2899122238159E-5 | 17100 | ≈ 0.0001274049282074 |
8100 | ≈ 6.0349702835083E-5 | 18100 | ≈ 0.00013485550880432 |
9100 | ≈ 6.7800283432007E-5 | 19100 | ≈ 0.00014230608940125 |
tebibits per second | kibibyte per second |
---|---|
1 | ≈ 134 217 728 |
7.4505805969238 × 10-9 | ≈ 1 |
Symbol | Definition |
---|---|
≡ | exactly equal |
≈ | approximately equal to |
= | equal to |
digits | indicates that digits repeat infinitely (e.g. 8.294 369 corresponds to 8.294 369 369 369 369 …) |